Feasibility Studies
Investment Feasibility Study
An investment feasibility study tests whether a project deserves the capital it requires. It connects market evidence and operating assumptions to cash flow, return thresholds and downside risk so the investor, board or management team can decide whether to approve the investment, redesign it or allocate capital elsewhere.
The analysis should not begin with a target return and work backwards until the model produces it. It should begin with the commercial evidence, define the capital required, build the cash-flow case and then test whether the resulting risk-adjusted economics meet the decision-maker’s criteria.
The investment decision comes first
A feasibility model is most useful when it reflects the actual capital-allocation question. The decision may be whether to fund a new venture, add capacity, acquire a site, enter a new market, build a facility, launch a new service line or approve the next phase of a development.
Before modelling begins, the study should clarify:
- the capital decision and approving stakeholders;
- the project alternatives being considered;
- the expected investment horizon;
- the amount and timing of capital commitments;
- the return or affordability criteria relevant to the decision;
- the funding assumptions; and
- the conditions that would lead to approval, revision or rejection.
This prevents a technically detailed model from answering the wrong investment question.
Build the investment thesis from market evidence
Every investment case contains a thesis about why the project can create value. That thesis should be explicit and testable.
It may depend on unmet demand, a capacity shortage, location advantage, differentiated pricing, operating efficiency, a structural sector shift or the ability to serve a customer segment better than existing alternatives. The study should identify the thesis and then determine which evidence would disprove it.
Market work can cover customer segments, demand, competition, pricing, available capacity, customer behaviour, route to market and realistic market share. These findings become the basis for revenue volume, price and ramp-up assumptions in the model.
A strong investment case does not rely on a large total market alone. It shows how the proposed project captures an economically meaningful portion of that market and what investment is required to do so.
Define the full capital requirement
Investment decisions are often distorted when the model focuses on headline capex but understates the cash needed before the project reaches stable operations.
The capital requirement can include:
- land, lease premiums or deposits;
- construction, fit-out or equipment;
- technology and systems;
- pre-opening and mobilisation cost;
- professional and project-development cost;
- initial inventory or operating inputs;
- working capital during ramp-up;
- contingency where appropriate; and
- financing costs or reserves where relevant to the mandate.
The timing matters as much as the total. A project can have an acceptable lifetime return but still face a funding gap if cash outflows arrive earlier or ramp-up takes longer than expected.
Model revenue, cost and cash flow
The financial model should connect the investment thesis to operating economics.
Revenue needs to be built from observable commercial drivers such as units, customers, utilisation, price, capacity or contract assumptions. Operating costs should reflect the resources needed to deliver that revenue at the proposed scale. Working capital should capture the timing difference between profit and cash.
The model should make it possible to see:
- annual and cumulative cash requirements;
- operating and cash break-even;
- the cash-flow profile during ramp-up;
- the effect of capacity utilisation;
- the effect of price and margin changes;
- funding requirements by stage; and
- the value created or destroyed relative to the decision criteria.
Use return metrics with the right decision logic
An investment feasibility study may use several measures, depending on the project and the investor’s capital-allocation framework.
Net present value (NPV)
tests the present value created after discounting forecast cash flows at an appropriate required rate.
Internal rate of return (IRR)
expresses the discount rate at which the project’s NPV is zero and can help compare the implied project return with an investor’s threshold.
Payback period
shows how long it takes for cumulative project cash flows to recover the initial investment.
Break-even analysis
identifies the activity, revenue or time threshold at which the project covers its relevant costs.
No metric should be interpreted without the underlying cash-flow pattern and assumptions. A short payback does not necessarily mean the highest value, and an attractive IRR can still sit on a project with limited absolute value or high execution risk. The decision should consider the measures together and in the context of the investment mandate.
Funding mix and capital structure
The investment case may change depending on how the project is funded. Where relevant, the model should distinguish project economics from financing effects.
Questions can include:
- How much equity is required and when?
- Is debt assumed, and what repayment profile does the project need to support?
- Does the project generate sufficient cash after debt service under downside conditions?
- Does the funding structure introduce refinancing, covenant, interest-rate or liquidity risk?
- Would phasing reduce peak capital requirements?
This is analysis of the project’s funding assumptions, not a promise that financing is available or will be approved by a particular institution.
Downside cases matter more than a perfect base case
Capital-allocation decisions should be tested against conditions that are plausible but less favourable than management’s plan.
A downside case may combine:
- slower customer adoption;
- lower pricing or utilisation;
- higher capex;
- higher operating cost;
- delayed opening;
- greater working-capital needs; or
- less favourable funding assumptions.
Sensitivity analysis then identifies the variables most capable of changing NPV, IRR, payback, cash requirement or break-even. These variables become decision conditions: issues management may need to validate, negotiate or mitigate before approval.
Compare alternatives, not only pass or fail
An investment feasibility study can be more valuable when it tests alternatives. The best decision may not be “build” or “do not build”; it may be to reduce capacity, change site, phase the investment, alter customer focus, outsource a component, delay the start or choose a different operating model.
Alternative cases should be compared on a consistent basis: market support, capital required, operating economics, risk, time to cash generation and the relevant return measures.
This helps the investment committee distinguish the strongest version of the opportunity from the version originally proposed.
Speak with an adviser
Defined mandates on fixed fees, ongoing counsel on retainer, and customised scopes for complex requirements.
Methodology and evidence base
A disciplined process can follow seven steps:
1. Frame the capital decision. Define the project, alternatives, return criteria and approval process.
2. Audit the assumptions. Separate management forecasts from independently supportable evidence.
3. Validate the market. Test demand, customers, competition, pricing and achievable share.
4. Define capex and the operating model. Identify resources, timing, cost and implementation dependencies.
5. Build the integrated cash-flow model. Connect revenue, capex, opex, working capital and funding assumptions.
6. Test returns and downside. Calculate relevant metrics and stress the variables that drive them.
7. Form the recommendation. State whether the investment should proceed, be revised or be rejected, and under what conditions.
Established project-appraisal practice uses this same connection between commercial evidence, financial analysis and investment appraisal. UNIDO’s feasibility framework, for example, treats investment analysis as part of an integrated project evaluation rather than a standalone spreadsheet exercise.
What the client receives
Depending on scope, the decision package can include:
- executive investment memo;
- market and commercial assessment;
- investment-thesis and assumptions register;
- integrated financial model;
- capex, opex and working-capital schedule;
- NPV, IRR, payback and break-even analysis where appropriate;
- funding-requirement and funding-mix analysis;
- base, upside and downside scenarios;
- sensitivity analysis;
- risk register; and
- recommendation with approval conditions and next-stage actions.
The model should be usable after the study. If price, capex, demand or timing changes, management should be able to see how the investment conclusion moves.
Go, revise or no-go
A go recommendation means the market case, project economics and downside analysis satisfy the agreed investment criteria within stated assumptions.
A revise recommendation means the opportunity may create value, but the current capital plan or project design does not yet justify approval. Revision can involve scale, phasing, location, capex, pricing, operating model or funding structure.
A no-go recommendation means the expected value or risk profile does not justify the required capital under realistic assumptions.
The investment committee should also know which assumption would most likely change the recommendation if new evidence emerges.
Why EXMC
Evidence EXMC already publishes about its own work, used here only within its documented scope.
Representative examples published by EXMC. Client identities are generalised to maintain confidentiality. Published work does not by itself establish permission to perform activities that require specific regulatory authorisation.
Frequently asked questions
What does an investment feasibility study include?
It combines the market and operating case with the capital requirement, revenue and cost model, working capital, cash flow, relevant return measures, funding assumptions, scenarios, sensitivities and material risks. The output should support an explicit capital-allocation recommendation.
What information is required before the analysis begins?
Typical inputs include the project concept, location, scale, revenue model, pricing, capex estimate, operating assumptions, working-capital needs, management forecast, existing research, implementation timetable, proposed funding mix and the investor’s decision criteria.
How are risks and sensitivities tested?
The model identifies variables that most influence cash flow and returns, then tests them individually and in coherent downside scenarios. Common variables include demand, price, utilisation, capex, opex, working capital, timing and funding assumptions.
How does the study support a go, revise or no-go decision?
The project is assessed against defined investment criteria. If the evidence and downside case support those criteria, it can proceed. If value can be improved through redesign or phasing, the recommendation is to revise. If the capital required is not justified by realistic returns and risk, the study supports a no-go decision.
Discuss your investment
If you are preparing a capital request, board approval or investment-committee decision, EXMC can structure the study around the evidence, project economics, return thresholds and downside questions that need to be resolved before approval.